AccountForLegacyMVCCStats adjusts ms to account for the predicted impact it will have on the values that it records when the structure is initially stored.

CleanupTempDirs removes all directories listed in the record file specified by recordPath.

ComputeStatsGo scans the underlying engine from start to end keys and computes stats counters based on the values.

CreateTempDir creates a temporary directory with a prefix under the given parentDir and returns the absolute path of the temporary directory.

DecodeMVCCKey decodes an engine.MVCCKey from its serialized representation.

EncodeKey encodes an engine.MVCC key into the RocksDB representation.

GetBufUsingIter returns an IterAndBuf using the supplied iterator.

GetIterAndBuf returns an IterAndBuf for passing into various MVCC* methods.

IsIntentOf returns true if the meta record is an intent of the supplied transaction.

MakeGarbageCollector allocates and returns a new GC, with expiration computed based on current time and policy.TTLSeconds.

MakeMultiIterator creates an iterator that multiplexes SimpleIterators.

MakeMVCCMetadataKey creates an MVCCKey from a roachpb.Key.

MakeValue returns the inline value.

MergeInternalTimeSeriesData exports the engine's C++ merge logic for InternalTimeSeriesData to higher level packages.

MVCCBlindConditionalPut is a fast-path of MVCCConditionalPut.

MVCCBlindInitPut is a fast-path of MVCCInitPut.

MVCCBlindPut is a fast-path of MVCCPut.

MVCCConditionalPut sets the value for a specified key only if the expected value matches.

MVCCDelete marks the key deleted so that it will not be returned in future get responses.

MVCCDeleteRange deletes the range of key/value pairs specified by start and end keys.

MVCCFindSplitKey finds a key from the given span such that the left side of the split is roughly targetSize bytes.

MVCCGarbageCollect creates an iterator on the engine.

MVCCGet returns the most recent value for the specified key whose timestamp is less than or equal to the supplied timestamp.

MVCCGetAsTxn constructs a temporary transaction from the given transaction metadata and calls MVCCGet as that transaction.

MVCCGetProto fetches the value at the specified key and unmarshals it into msg if msg is non-nil.

MVCCIncrement fetches the value for key, and assuming the value is an "integer" type, increments it by inc and stores the new value.

MVCCInitPut sets the value for a specified key if the key doesn't exist.

MVCCIterate iterates over the key range [start,end).

MVCCMerge implements a merge operation.

MVCCPut sets the value for a specified key.

MVCCPutProto sets the given key to the protobuf-serialized byte string of msg and the provided timestamp.

MVCCResolveWriteIntent either commits or aborts (rolls back) an extant write intent for a given txn according to commit parameter.

MVCCResolveWriteIntentRange commits or aborts (rolls back) the range of write intents specified by start and end keys for a given txn.

MVCCResolveWriteIntentRangeUsingIter commits or aborts (rolls back) the range of write intents specified by start and end keys for a given txn.

MVCCResolveWriteIntentUsingIter is a variant of MVCCResolveWriteIntent that uses iterator and buffer passed as parameters (e.g.

MVCCScan scans the key range [key, endKey) in the provided engine up to some maximum number of results in ascending order.

MVCCScanToBytes is like MVCCScan, but it returns the results in a byte array.

NewInMem allocates and returns a new, opened InMem engine.

NewMemSSTIterator returns a SimpleIterator for a leveldb format sstable in memory.

NewOpLoggerBatch creates a new batch that logs logical mvcc operations and wraps the provided batch.

NewRocksDBBatchReader creates a RocksDBBatchReader from the given repr and verifies the header.

NewRocksDBMap creates a new RocksDBMap with the passed in Engine as the underlying store.

NewRocksDBMultiMap creates a new RocksDBMap with the passed in Engine as the underlying store.

NewSSTIterator returns a SimpleIterator for a leveldb formatted sstable on disk.

NewTempEngine creates a new engine for DistSQL processors to use when the working set is larger than can be stored in memory.

PutProto sets the given key to the protobuf-serialized byte string of msg and the provided timestamp.

RecordTempDir records tempPath to the record file specified by recordPath to facilitate cleanup of the temporary directory on subsequent startups.

RocksDBBatchCount provides an efficient way to get the count of mutations in a RocksDB Batch representation.

Scan returns up to max key/value objects starting from start (inclusive) and ending at end (non-inclusive).

WriteSyncNoop carries out a synchronous no-op write to the engine.

These constants come from rocksdb/db/dbformat.h.

These constants come from rocksdb/db/dbformat.h.

These constants come from rocksdb/db/dbformat.h.

BatchTypeColumnFamilyDeletion BatchType = 0x4 BatchTypeColumnFamilyValue BatchType = 0x5 BatchTypeColumnFamilyMerge BatchType = 0x6.

These constants come from rocksdb/db/dbformat.h.

CPutAllowIfMissing is used to indicate a CPut can also succeed when the expected entry does not exist.

CPutFailIfMissing is used to indicate the existing value must match the expected value exactly i.e.

MVCCAbortIntentOpType corresponds to the MVCCAbortIntentOp variant.

MVCCCommitIntentOpType corresponds to the MVCCCommitIntentOp variant.

MVCCUpdateIntentOpType corresponds to the MVCCUpdateIntentOp variant.

MVCCWriteIntentOpType corresponds to the MVCCWriteIntentOp variant.

MVCCWriteValueOpType corresponds to the MVCCWriteValueOp variant.

MVCCKeyMax is a maximum mvcc-encoded key value which sorts after all other keys.

NilKey is the nil MVCCKey.

EncryptionRegistries contains the encryption-related registries: Both are serialized protobufs.

EnvStats is a set of RocksDB env stats, including encryption status.

GarbageCollector GCs MVCC key/values using a zone-specific GC policy allows either the union or intersection of maximum # of versions and maximum age.

InMem wraps RocksDB and configures it for in-memory only storage.

IterAndBuf used to pass iterators and buffers between MVCC* calls, allowing reuse without the callers needing to know the particulars.

IteratorStats is returned from (Iterator).Stats.

IterOptions contains options used to create an Iterator.

MVCCGetOptions bundles options for the MVCCGet family of functions.

MVCCKey is a versioned key, distinguished from roachpb.Key with the addition of a timestamp.

MVCCKeyValue contains the raw bytes of the value for a key.

MVCCLogicalOpDetails contains details about the occurrence of an MVCC logical operation.

MVCCScanOptions bundles options for the MVCCScan family of functions.

OpLoggerBatch records a log of logical MVCC operations.

RocksDBBatchBuilder is used to construct the RocksDB batch representation.

RocksDBBatchReader is used to iterate the entries in a RocksDB batch representation.

A RocksDBError wraps an error returned from a RocksDB operation.

RocksDBMap is a SortedDiskMap that uses RocksDB as its underlying storage engine.

RocksDBMapBatchWriter batches writes to a RocksDBMap.

RocksDBMapIterator iterates over the keys of a RocksDBMap in sorted order.

Stats is a set of RocksDB stats.

Version stores all the version information for all stores and is used as the format for the version file.

Batch is the interface for batch specific operations.

Engine is the interface that wraps the core operations of a key/value store.

Iterator is an interface for iterating over key/value pairs in an engine.

MapProvidingEngine is an Engine that also provides facilities for making a sorted map that's persisted by the Engine.

Reader is the read interface to an engine's data.

ReadWriter is the read/write interface to an engine's data.

SimpleIterator is an interface for iterating over key/value pairs in an engine.

WithSSTables extends the Engine interface with a method to get info on all SSTables in use.

Writer is the write interface to an engine's data.

BatchType represents the type of an entry in an encoded RocksDB batch.

CPutMissingBehavior describes the handling a non-existing expected value.

MVCCLogicalOpType is an enum with values corresponding to each of the enginepb.MVCCLogicalOp variants.